SU1358857A1 - Arrangement for accounting the amount of milk in milking - Google Patents

Abstract

This invention relates to agriculture. The purpose of the invention is to improve the accuracy of accounting for the amount of milk during milking. The vacuum pump is turned on vacuum from the air separator 6 through the manifold 11, insert 10, tee 9, vacuum tube 8, milk hose 22, separation chamber 1, receiving chamber 2 measuring chamber (MK) 3 and nozzle 4 enters the milk conduit 5. Under the action of vacuum milk enters through pipe 4, separator 1 and receiver 2 in MK 3. When a certain level is reached, float 16 pops up and with valve 14 cuts MK 3 from receiving chamber 2. At the same time, through opening 19 and tube 15 it rises to atmospheric pressure in MK 3 and milk what Without the hose 22 and the collector 11 enters the air separator 6, and at this time the actuator 18 actuates. When milk with high gas content and foam enters the milk line 5, excess air will go through the tube 8 and the collector 11 to the air separator 6, and the additional float 20 with a stopper 21 will create additional lift force to actuate the valve 14. 1 C.p. f-ly, 1 ill. yu (l co 00 00 c e ate

Description

The invention relates to agriculture, in particular to devices for recording the amount of milk during milking.

The purpose of the invention is to improve the accuracy of accounting for the amount of milk during milking.

The drawing shows a diagram of the device for recording the amount of milk during milking.

The device contains separating 1, receiving 2 and measuring 3 cameras.

The separation chamber 1 has a port 4 for connection to milk line 5 and communicates with the receiving chamber 2 and the air separator 6 of the milking installation.

The separation chamber 1 communicates with the receiving chamber 2 via the milk-drain tube 7 and the vacuum tube 8 through the lower end of its tee 9. With the milking unit air separator 6, when filling the measuring chamber 3 and the receiving part 2 with milk, the float 16 floats, moving the tube 15 with the valve 14 in the upper position. At the same time, the opening 19 leaves the zone of the receiving chamber 2 and communicates with the atmosphere. Atmospheric air through the tube 15 enters the measuring chamber 3 and through the hose 17 to the drive of the adder 18.

The pressure chamber 3 rises.

10 As a result, the valve 14 tightly closes the opening 13 and the milk from the measuring chamber 3 through the hose 22 flows through the manifold 11 into the air distributor 6. At the same time, under the influence of atomic air of the spherical air, the adder 18 converts it to one unit of reference.

When all the milk from the metering chamber is forced out into the air separator, the vacuum along the hose 22 extends into the metering chamber 3 and is balanced with the vacuum.

The divider chamber 1 is also connected to the wa- 20 in the receiving chamber 2. Then the float 16 with the Kuum tube 8, but through the upper casing 15 and the valve 14 under the tee 9, the vertical insert 10 and the air separator manifold 11.

Drain pipe 7 has a calibrated orifice 12 to limit the flow of milk from the separation chamber 1 to the receiving 2.

The receiving chamber 2 communicates with the measuring 3 through an opening 13, closed by a valve 14 and rigidly connected through the tube 15 to the float 16.

The tube 15 connects the metering chamber 3 through the air hose 17 with the actuator of the adder 18 and with the atmosphere through the opening 19 when the valve 14 s. The float 16 is in the upper extreme position.

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thirty

the weight returns to the lower position. In this case, the opening 19 in the tube 15 is isolated from the atmosphere, and the milk from the receiving chamber 2 enters the measuring chamber. In the following, the cycle is repeated.

If milk with high gas content and foam comes from the milk line, its level in the receiving chamber rises higher than usual, as its density is lowered, and the buoyant force acting on the float decreases. With an increase in the level of milk and foam, an additional float 20 starts to float up to a stopper 21. With a further increase in the level under the influence of the sum of pushing out, in the receiving chamber 2 there is an additional w, their forces acting on both floats.

wearable float 20, which can svo- (additional 20 and main 16), they

move freely along tube 15. For

restrictions on the movement of additional

the float 20 up on the tube 17 is installed stopper 21. The chamber 3 through

float, the valve 14 blocks the hole 13.

When entering from the milk conduit into the separation chamber 1, the elevated Koshlang 22 is connected by a collector 11 to the amount of milk, i.e. milk tube, it is a separator 6. it is held in it and through the caliber Device operates as follows. Bathing hole 12 and the drainage pipes - When the vacuum pump is turned on, the vacuum from the air separator 6 through the collector 45

torus 11, vertical insert 10, tee 9 extends into the vacuum tube 8, milk hose 22, separating chamber 1, receiving 2 and measuring 3 chambers, and through pipe 4 to the milk line 5. When milking machines are connected, the milk-air mixture from the milk line 5 through the CQ pipe 4 enters the separation chamber 1. From it, milk and milk foam through the milk drain tube 7 through the calibration hole 12 evenly flows into the receiving 2 and further into the measured

Ku 7 evenly enters the receiving chamber, without violating the mode of operation of the device as a whole. If part of the milk with the foam enters the vacuum tube 8, then, having got through the tee 9 into the vertical insert 10, under the action of gravity flows into the receiving chamber 2.

Claims (2)

1. A device for recording the amount of milk during milking, containing a measuring and receiving chamber with a tube and a float, chamber 3. The air from the separator, the seat of the latter, is located around the detachable and metering chambers and is sucked through a verstina that connects the measuring and receiving vacuum tube 6 and the collector 11 to the vozvochka, characterized in that, for the purpose of the air dryer, the milking unit 6 Acquisition accuracy of milk quantity When filling the milk of the measuring chamber 3 and the receiving part 2 with milk, the float 16 floats, moving the tube 15 with the valve 14 to the upper position. At the same time, the opening 19 leaves the zone of the receiving chamber 2 and communicates with the atmosphere. Atmospheric air through the tube 15 enters the measuring chamber 3 and through the hose 17 to the drive of the adder 18. The pressure chamber 3 rises. 0 As a result, the valve 14 tightly closes the opening 13 and the milk from the measuring chamber 3 through the hose 22 flows through the manifold 11 into the air distributor 6. At the same time, under the influence of atmospheric air, the adder 18 converts it to one unit of reference. When all the milk from the metering chamber is forced out into the air separator, the vacuum along the hose 22 extends into the metering chamber 3 and is balanced with the vacuum. 0 in the receiving chamber 2. Then the float 16 with a tube 15 and a valve 14 under its own the weight returns to the lower position. In this case, the opening 19 in the tube 15 is isolated from the atmosphere, and the milk from the receiving chamber 2 enters the measuring chamber. In the following, the cycle is repeated. If milk with high gas content and foam comes from the milk line, its level in the receiving chamber rises higher than usual, as its density is lowered, and the buoyant force acting on the float decreases. With an increase in the level of milk and foam, a hole 12 and a drainage pipe emerges. 45 CQ Ku 7 evenly enters the receiving chamber, without violating the mode of operation of the device as a whole. If part of the milk with the foam enters the vacuum tube 8, then, having got through the tee 9 into the vertical insert 10, under the action of gravity flows into the receiving chamber 2. Invention Formula 1358857 when milking, on the tube of the receiving chamber c2. The device according to claim 1, wherein the possibility of moving along it is that it is equipped with an additional camera, w, yen an additional float, which has a connecting pipe, a milk drain and a mechanism for its installation. A cool tube with a tee.